TWM598588U - Concealed hinge structure - Google Patents
Concealed hinge structure Download PDFInfo
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- TWM598588U TWM598588U TW109202918U TW109202918U TWM598588U TW M598588 U TWM598588 U TW M598588U TW 109202918 U TW109202918 U TW 109202918U TW 109202918 U TW109202918 U TW 109202918U TW M598588 U TWM598588 U TW M598588U
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Abstract
本新型為有關於一種隱藏式鉸鏈之結構,主要結構包括一包覆體、複數形成於包覆體兩側處之第一滑動槽、複數界定於第一滑動槽中之第一迴轉區間、複數界定於第一滑動槽中之第二迴轉區間、一設於包覆體內之活動體、及一設於活動體上之滑動件。藉上述結構,使用者將包覆體結合於一開合裝置上,並將滑動件連接一滑動裝置,此時推動滑動裝置使滑動件於第一迴轉區間滑動,包覆體之迴轉中心係位於開合裝置外,而當滑動件由第一迴轉區間進入第二迴轉區間後,迴轉中心則轉移至包覆體上,藉以利用兩不同的中心點,達成二段迴轉之概念,本新型不僅得以適用於各式折門、折窗、平推門或平推窗,同時還可提升整體觀感、氣密程度、防水性能以及鉸鏈支撐力。 This model relates to the structure of a hidden hinge. The main structure includes a covering body, a plurality of first sliding grooves formed on both sides of the covering body, a plurality of first rotation intervals defined in the first sliding groove, and a plurality of A second turning section defined in the first sliding groove, a movable body arranged in the covering body, and a sliding part arranged on the movable body. With the above structure, the user connects the covering body to an opening and closing device, and connects the sliding member to a sliding device. At this time, the sliding device is pushed to make the sliding member slide in the first turning interval, and the turning center of the covering body is located at Outside of the opening and closing device, when the sliding member enters the second turning section from the first turning section, the turning center is transferred to the covering body. By using two different center points, the concept of two-stage turning is achieved. It is suitable for all kinds of folding doors, folding windows, flat sliding doors or flat sliding windows. It can also improve the overall look and feel, air tightness, waterproof performance and hinge support.
Description
本新型為提供一種隱藏式鉸鏈之結構,尤指一種利用二段迴轉之設計,來提升整體觀感、氣密程度、防水性能及鉸鏈支撐力,且適用範圍廣的隱藏式鉸鏈之結構。 This new model provides a structure of a hidden hinge, especially a design using two-stage rotation to improve the overall look and feel, airtightness, waterproof performance and hinge support force, and has a wide range of applications.
按,鉸鏈,又稱合頁,是用來連接兩固體,使兩者間可做轉動的機械裝置。鉸鏈通常用來安裝於門扇、或窗上。 Press, hinge, also known as hinge, is a mechanical device used to connect two solid bodies so that they can be rotated. Hinges are usually used to install on doors or windows.
目前市面上的門扇、或窗等開合裝置,大多屬於鉸鏈之應用,係利用一段迴轉中心的概念,令使用者在推拉的同時使其旋轉,推的過程中開合裝置會逐漸旋轉,旋轉至一定角度後即達到折門及折窗的概念。其中,開合裝置又可分為「一段迴轉中心設於門扇外」及「一段迴轉中心設於門扇內」兩種形式,使用一段迴轉中心設於門扇外之開合裝置,在門扇迴轉時較不容易卡頓於門框或氣密條,且能夠對氣密條進行加壓、緊迫之動作,進而加強氣密和防水的作用,而使用一段迴轉中心設於門扇內之開合裝置,在門扇移動以及閉合時,鉸鏈皆不會外露於門扇外部,如此則不會破壞美觀,同時還可降低鉸鏈之支撐力,此外,帶動鉸鏈之門輪及軌道亦可隱藏的設於門扇之上下方,以提升觀感。 At present, most of the opening and closing devices such as door leaves or windows on the market belong to the application of hinges. They use the concept of a turning center to allow the user to rotate while pushing and pulling. The opening and closing device will gradually rotate and rotate during the pushing process. After reaching a certain angle, the concept of folding doors and folding windows is reached. Among them, the opening and closing device can be divided into two forms: "a section of rotation center is located outside the door leaf" and "a section of rotation center is located inside the door leaf". The opening and closing device with a section of rotation center located outside the door leaf is used. It is not easy to get stuck on the door frame or the airtight strip, and can pressurize and press the airtight strip to strengthen the airtight and waterproof effect. A section of turning center is set in the door leaf opening and closing device. When moving and closing, the hinge will not be exposed to the outside of the door leaf, so that it will not damage the appearance, and at the same time can reduce the supporting force of the hinge. In addition, the door wheel and track that drive the hinge can also be hidden above and below the door leaf. To enhance the look and feel.
然上述開合裝置於使用時,存在下列問題與缺失尚待改進: However, when the above-mentioned opening and closing device is in use, the following problems and deficiencies remain to be improved:
第一,一段迴轉中心設於門扇內,無論設於門扇內何處,皆會因迴轉半徑過大,使得門扇於迴轉時,卡頓於門框或氣密條上,通常採預留門縫的方式來解決,但也因門縫之設計使得美觀效果不佳,同時也無法對氣密條進行加壓、緊迫動作,使得氣密及防水作用不佳。 First, a section of the center of rotation is set in the door leaf. No matter where it is located in the door leaf, the turning radius will be too large, which will cause the door leaf to be stuck on the door frame or airtight strip when the door leaf is turning. Usually, the method of leaving the door gap is adopted. However, the design of the door seam makes the aesthetic effect poor, and at the same time, it is impossible to pressurize and press the air-tight strip, which makes the air-tight and waterproof effect poor.
第二,一段迴轉中心設於門扇外,在門扇開啟或閉合至90度時, 將導致鉸鏈裸露於門扇外部,除了會導致絞鏈的支撐力不足外,更無法達到隱藏式鉸鏈之美觀效果,並且,帶動鉸鏈旋轉之門輪及軌道亦會在門扇閉合時裸露於門扇之上下方,不僅破壞美觀,更造成門扇平衡性不佳的問題。 Second, a section of the center of rotation is set outside the door leaf, when the door leaf is opened or closed to 90 degrees, The hinge will be exposed to the outside of the door leaf. In addition to the insufficient support of the hinge, the aesthetic effect of the hidden hinge will not be achieved. Moreover, the door wheel and track that drive the hinge to rotate will also be exposed above and below the door leaf when the door leaf is closed. Fang, not only destroys the beauty, but also causes the problem of poor balance of the door leaf.
是以,要如何解決上述習用之問題與缺失,即為本新型之申請人與從事此行業之相關廠商所亟欲研究改善之方向所在者。 Therefore, how to solve the above-mentioned conventional problems and deficiencies is the direction that the applicants of this new model and the related manufacturers engaged in this industry urgently want to study and improve.
故,本新型之申請人有鑑於上述缺失,乃蒐集相關資料,經由多方評估及考量,並以從事於此行業累積之多年經驗,經由不斷試作及修改,始設計出此種利用二段迴轉之設計,來提升整體觀感、氣密程度、防水性能及鉸鏈支撐力,且適用範圍廣的隱藏式鉸鏈之結構之新型專利者。 Therefore, in view of the above-mentioned deficiencies, the applicant of the present model has collected relevant information, evaluated and considered by multiple parties, and based on the accumulated years of experience in this industry, through continuous trials and revisions, the design of this type of two-stage rotation Designed to improve the overall look and feel, airtightness, waterproof performance and hinge support force, and a new patent for a hidden hinge structure with a wide range of applications.
本新型之主要目的在於:透過滑動部依序滑動於第一迴轉區間及第二迴轉區間中,使包覆體形成二段迴轉,不僅使本新型適用於各式開合裝置,同時還可提升整體觀感、氣密程度、以及防水性能。 The main purpose of the present invention is to make the covering body form two rotations through the sliding part in the first and second revolving sections in sequence, which not only makes the present invention suitable for all kinds of opening and closing devices, but also can lift Overall look and feel, air tightness, and waterproof performance.
為達上述目的,本新型之主要結構包括:一包覆體,包覆體兩側處分別形成有一第一滑動槽,第一滑動槽中界定有一第一迴轉區間及一第二迴轉區間,且第二迴轉區間係由第一迴轉區間延伸所形成,包覆體內設有一活動體,活動體上形成有一位置對應於第一滑動槽之第二滑動槽,包覆體與活動體中穿設有一軸心件,軸心件係位於第一滑動槽與第二滑動槽之側處,活動體上設有一滑動件,滑動件上穿設有一滑動部,滑動部之兩側滑動卡合於第一滑動槽中,而滑動件上還設有一保持部,保持部係位於滑動部之側處且抵觸於包覆體之內側面。 To achieve the above purpose, the main structure of the present invention includes: a covering body, a first sliding groove is respectively formed on both sides of the covering body, and a first turning interval and a second turning interval are defined in the first sliding groove, and The second turning interval is formed by the extension of the first turning interval. A movable body is provided in the covering body. A second sliding groove corresponding to the first sliding groove is formed on the movable body. A second sliding groove is formed in the covering body and the movable body. The shaft element is located on the side of the first sliding groove and the second sliding groove. A sliding element is provided on the movable body, and a sliding part is passed through the sliding part. The two sides of the sliding part are slidably engaged with the first In the sliding groove, the sliding member is also provided with a holding part, which is located at the side of the sliding part and abuts against the inner surface of the covering body.
透過上述結構,使用者將包覆體結合於一開合裝置上,並且將滑動件連接於一滑動設於開合裝置上之滑動裝置,而當使用者推動開合裝置時,滑動裝置即會帶動滑動件於包覆體之第一滑動槽,以及活動體之第二滑動槽中滑移,初始移動時,滑動部係位於第一迴轉區間中,此時包覆體之迴轉中心係位於開合裝置外,因此,在包覆體迴轉的過程中,不會卡頓於開合裝置之邊角,令包覆體得以順利轉動,同時在包覆體迴轉的過程中,保持部滑動卡合於第 二滑動槽之結構,可避免滑動件於滑動的過程中自轉,進而穩定整體旋轉流程。 Through the above structure, the user combines the covering body on an opening and closing device, and connects the sliding member to a sliding device slidably arranged on the opening and closing device, and when the user pushes the opening and closing device, the sliding device will The sliding member is driven to slide in the first sliding groove of the covering body and the second sliding groove of the movable body. When initially moving, the sliding part is located in the first turning interval, and the turning center of the covering body is at the open Outside of the closing device, therefore, during the rotation of the covering body, it will not catch on the corners of the opening and closing device, so that the covering body can rotate smoothly. At the same time, the holding part slides and engages during the rotation of the covering body. Yu Di The structure of the two sliding grooves can prevent the sliding member from rotating during the sliding process, thereby stabilizing the overall rotation process.
當包覆體旋轉至一定角度,使得滑動件上之滑動部已由第二滑動槽之一側滑移至另一側時,會因滑動部已抵觸於第二滑動槽底側,而使得包覆體之迴轉中心由開合裝置外轉移至包覆體上,此時的滑動部會推動著活動體,並由第一滑動槽之第一迴轉區間進入第二迴轉區間,以完成二段迴轉,而軸心件之結構,得以在二段迴轉的過程中,配合滑動件使活動體不任意移動,藉以穩定迴轉過程。 When the covering body rotates to a certain angle, so that the sliding part on the sliding member has been slid from one side of the second sliding groove to the other side, the sliding part has abutted against the bottom side of the second sliding groove, causing the bag The turning center of the covering body is transferred from the opening and closing device to the covering body. The sliding part at this time will push the movable body and enter the second turning interval from the first turning interval of the first sliding groove to complete the second turning interval. , And the structure of the shaft core member can cooperate with the sliding member to prevent the movable body from moving randomly during the two-stage rotation process, thereby stabilizing the rotation process.
由上述得知,初始時迴轉中心位於開合裝置外側,而滑動部於第一迴轉區間與第二滑動槽中滑移,直到滑動部滑移至第二滑動槽之底側繼續滑動後,則會由第一迴轉區間進入第二迴轉區間中,且迴轉中心也會由開合裝置外側轉移至包覆體上,藉此,即可同時兼具「一段迴轉中心設於門扇外」及「一段迴轉中心設於門扇內」兩種形式開合裝置之優點,在初始旋轉時有足夠的空間越過開合裝置之邊角,因此則無須另外增設門縫,藉以提升整體氣密程度及防水性能,而在閉合時包覆體則不會外露於開合裝置外,進而提升整體觀感,同時確保鉸鏈之支撐力,此外,本新型適用於各種開合裝置,例如:折門、折窗、平推門、或平推窗,因此更具有適用範圍廣之特色。 According to the above, the center of rotation is initially located outside the opening and closing device, and the sliding part slides in the first rotation section and the second sliding groove until the sliding part slides to the bottom side of the second sliding groove and continues to slide, then It will enter the second turning section from the first turning section, and the turning center will also be transferred from the outside of the opening and closing device to the covering body, so that both "a section of turning center located outside the door leaf" and "a section of turning center" The advantages of the two types of opening and closing devices "the center of rotation is located in the door leaf", there is enough space to cross the corners of the opening and closing device during the initial rotation, so there is no need to add additional door seams to improve the overall air tightness and waterproof performance. When closed, the covering body will not be exposed outside the opening and closing device, thereby improving the overall look and feel, while ensuring the supporting force of the hinge. In addition, the new type is suitable for various opening and closing devices, such as: folding doors, folding windows, and sliding Doors, or flat sliding windows, so it has the characteristics of a wide range of applications.
藉由上述技術,可針對習用開合裝置所存在之整體觀感不佳、氣密程度差、防水效能差、及鉸鏈支撐力不足的問題點加以突破,達到上述優點之實用進步性。 With the above technology, it is possible to overcome the problems of poor overall perception, poor air tightness, poor waterproof performance, and insufficient hinge support force of conventional opening and closing devices, and achieve the practical advancement of the above advantages.
100:包覆體 100: Cover body
11、11a:第一包覆體 11.11a: the first coating
111a:第一結合部 111a: The first joint
12、12a:第二包覆體 12, 12a: second covering body
121a:第二結合部 121a: second joint
13:外框緩衝件 13: Outer frame buffer
14a:結合緩衝件 14a: Combined buffer
101、101a:第一滑動槽 101, 101a: first sliding groove
1011:第一迴轉區間 1011: The first turning interval
1012:第二迴轉區間 1012: Second turning interval
2:活動體 2: active body
21、21a:第二滑動槽 21, 21a: second sliding groove
3:軸心件 3: Axle parts
4:滑動件 4: Slider
41、41a:滑動部 41, 41a: Sliding part
411a:第一輔助件 411a: The first auxiliary
42、42a:保持部 42, 42a: holding part
421a:第二輔助件 421a: second auxiliary
5:開合裝置 5: Opening and closing device
51:滑動裝置 51: Sliding device
52:收容槽 52: Containment Slot
6:第一迴轉中心 6: The first turning center
7:第二迴轉中心 7: The second turning center
第一圖 係為本新型較佳實施例之立體透視圖。 The first figure is a perspective view of a preferred embodiment of the new model.
第二圖 係為本新型較佳實施例之分解圖。 The second figure is an exploded view of the preferred embodiment of the new model.
第三圖 係為本新型較佳實施例之收摺示意圖(一)。 The third figure is the collapsed schematic diagram (1) of the preferred embodiment of the new type.
第四圖 係為本新型較佳實施例之旋轉示意圖(一)。 The fourth figure is a schematic diagram (1) of the rotation of the preferred embodiment of the new invention.
第五圖 係為本新型較佳實施例之收摺示意圖(二)。 The fifth figure is a schematic view (2) of the folding of the preferred embodiment of the new type.
第六圖 係為本新型較佳實施例之旋轉示意圖(二)。 The sixth figure is a schematic diagram (2) of the rotation of the preferred embodiment of the new invention.
第七圖 係為本新型較佳實施例之收摺示意圖(三)。 The seventh figure is the collapsed schematic diagram (3) of the preferred embodiment of the new type.
第八圖 係為本新型較佳實施例之旋轉示意圖(三)。 The eighth figure is the rotation diagram (3) of the preferred embodiment of the new type.
第九圖 係為本新型再一較佳實施例之分解圖。 The ninth figure is an exploded view of another preferred embodiment of the present invention.
為達成上述目的及功效,本新型所採用之技術手段及構造,茲繪圖就本新型較佳實施例詳加說明其特徵與功能如下,俾利完全了解。 In order to achieve the above-mentioned purpose and effect, the technical means and structure adopted by the present invention are drawn to illustrate the characteristics and functions of the preferred embodiment of the present invention in detail as follows, so as to fully understand.
請參閱第一圖及第二圖所示,係為本新型較佳實施例之立體透視圖及分解圖,由圖中可清楚看出本新型包括: Please refer to the first and second figures, which are the three-dimensional perspective view and the exploded view of the preferred embodiment of the present invention. From the figures, it can be clearly seen that the present invention includes:
一包覆體100;
A covering
複數第一滑動槽101,各該第一滑動槽101形成於該包覆體100之兩側處,且各該第一滑動槽101中界定有一第一迴轉區間1011、及一第二迴轉區間1012,且各該第二迴轉區間1012係由各該第一迴轉區間1011延伸所形成;
A plurality of first sliding
一活動體2,該活動體2設於該包覆體100內;
A
一第二滑動槽21,該第二滑動槽21形成於該活動體2上,且位置對應於該第一滑動槽101;
A second sliding
一軸心件3,該軸心件3穿設於該包覆體100與該活動體2中,並位於該些第一滑動槽101及該第二滑動槽21之側處;
A
一滑動件4,該滑動件4設於該活動體2上;
A sliding
一滑動部41,該滑動部41穿設於該滑動件4上,且兩側滑動卡合於各該第一滑動槽101中;及
A sliding
一保持部42,該保持部42設於該滑動件4上並位於該滑動部41之側處,該保持部42係滑動卡合於該第二滑動槽21中。
A holding
其中,包覆體100係供結合於一開合裝置上。
Wherein, the covering
其中,包覆體100包含有一第一包覆體11及一第二包覆體12,且第一包覆體11上具有複數第一結合部111,而第二包覆體12上具有複數對應結合於第一結合部111之第二結合部121,且第一包覆體11
與第二包覆體12間設有一外框緩衝件13,外框緩衝件13係形狀對應於第一包覆體11及第二包覆體12之邊側。
The covering
較佳地,第二滑動槽21係形狀對應於第一滑動槽101之第一迴轉區間1011。
Preferably, the shape of the second sliding
較佳地,滑動部41係為一貫穿滑動件4之圓柱體,因此同時滑動卡合於第一滑動槽101與第二滑動槽21中,而保持部42則為一僅設於滑動件4一側之圓柱體,且保持部42長度較滑動部41短,因此僅滑動卡合於第二滑動槽21中。
Preferably, the sliding
較佳地,第一滑動槽101內之兩側界定為第一端側與第二端側,而第二滑動槽21內之兩側則界定為第三端側與第四端側,且第一端側鄰近於第三端側,而第二端側則鄰近於第四端側。
Preferably, the two sides in the first sliding
較佳地,第一包覆體11與第二包覆體12以片狀態樣為例。
Preferably, the
較佳地,第一結合部111與第二結合部121皆以穿孔為例,且其各別數量皆為四個,而包覆體100與開合裝置之結合方式以螺設為例。
Preferably, the
較佳地,外框緩衝件13以方形框體為例。
Preferably, the
藉由上述之說明,已可了解本技術之結構,而依據這個結構之對應配合,即可利用其二段迴轉之設計,來提升整體觀感、氣密程度、防水性能及鉸鏈支撐力,且適用之範圍廣泛,而詳細之解說將於下述說明。 Through the above description, we can understand the structure of this technology, and according to the corresponding cooperation of this structure, the two-stage rotary design can be used to improve the overall look and feel, airtightness, waterproof performance and hinge support, and it is applicable The scope is wide, and the detailed explanation will be explained below.
再請同時配合參閱第一圖至第八圖所示,係為本新型較佳實施例之立體透視圖至旋轉示意圖(三),藉由上述構件組構時,由圖中可清楚看出,初始時,開合裝置5為閉合狀態,此時包覆體100上之第一滑動槽101與活動體2上之第二滑動槽21位置相互對應,且滑動件4上之滑動部41係位於第一端側,同時位於靠近第二端側之位置處,而滑動件4上之保持部42則位於第二端側。開合裝置5上具有一滑動裝置51,而滑動部41係連接於滑動裝置51,滑動部41與滑動裝置51之連接方式,係以滑動裝置51上之螺栓螺設於滑動部41中為例,但不予以設限。開合裝置5上還設有一收容槽52,且包覆體100係收容於收容槽52中。
Please also refer to the first to eighth figures, which are the three-dimensional perspective view to the rotating schematic diagram (3) of the preferred embodiment of the new model. When the above components are assembled, it can be clearly seen from the figure. Initially, the opening and
較佳地,開合裝置5可為折門、折窗、平推門或平推窗其中之一
者,但不予以設限,且本實施例之開合裝置5以折門為例,而滑動裝置51以滑輪為例。
Preferably, the opening and
當使用者推動開合裝置5,使滑動裝置51帶動包覆體100開始移動,進而帶動開合裝置5進行收摺時,滑動件4上之滑動部41會由第一端側向第二端側滑動,此外,開合裝置5側處還界定有一第一迴轉中心6,第一迴轉中心6亦位於包覆體100之側處,因此,在滑動部41移動的同時,包覆體100會以第一迴轉中心6為中心開始旋轉,而在滑動部41於第一滑動槽101與第二滑動槽21滑動的同時,保持部42亦會於第二滑動槽21中滑動,保持部42之結構係為了避免在滑動的過程中,滑動件4自轉的情況發生,藉以穩定整體運作過程。
When the user pushes the opening and
當滑動件4由原先第二滑動槽21內一側,滑動至另一側時,會因第二滑動槽21已無空間繼續向前,使得包覆體100無法再沿著原先轉動的軌跡繼續旋轉,此時包覆體100之旋轉中心會由原先的第一迴轉中心6轉移至一第二迴轉中心7上,第二迴轉中心7係界定於包覆體100內,並以設於軸心件3之圓心上為例,配合著穿設於包覆體100及活動體2之軸心件3,即可使包覆體100以第二迴轉中心7為中心接續旋轉,並且使滑動部41由第一滑動槽101之第一迴轉區間1011進入第二迴轉區間1012。
When the sliding
進入二段迴轉階段前,滑動部41已位於第二滑動槽21之第四端側,因此若繼續向前,即會推使活動體2開始移動,此時的活動體2會以軸心件3為中心開始旋轉,而包覆體100則以第二迴轉中心7為中心開始旋轉,且兩者轉動方向相反,因此,第一迴轉區間1011與第二迴轉區間1012之交界處為一轉折點,不僅使包覆體100之旋轉中心轉移,同時令活動體2亦隨之旋轉,當開合裝置5已完全開啟時,滑動部41係同時位於第二端側及第四端側中,且包覆體100由初始移動到停止這段期間已旋轉了90度。
Before entering the second rotation stage, the sliding
本實施例中,滑動部41由第一端側之位置滑動至第三端側之位置這段期間,包覆體100係以第一迴轉中心6為中心旋轉了23度,而滑動部41進入第二迴轉區間1012並且滑動至第二端側這段期間,包覆體100則以第二迴轉中心7為中心旋轉了67度,但不予以設限。
In this embodiment, during the period when the sliding
藉由上述結構動作可得知,透過包覆體100、活動體2、軸心件3及滑動件4各個結構環環相扣,才得以產生第一迴轉中心6與第二迴轉中心7,進而達到二段迴轉之設計,如此,開啟處於閉合狀態之開合裝置5時,包覆體100之旋轉中心係位於開合裝置5之側處,因此得以達到上述「一段迴轉中心設於門扇外」之優點,令包覆體100在旋轉的過程中,避開開合裝置5中的邊角、門框、或貼附於開合裝置5上之氣密條,此舉即代表,無須另外增設門縫,並且在閉合時得以完整的貼合於門框及氣密條上,藉以對氣密條進行加壓、緊迫之動作,達到提升氣密程度、加強防水性能之效果。
According to the above-mentioned structural action, it can be known that the
而在滑動部41進入二段迴轉區間,使包覆體100以第二迴轉中心7為中心開始旋轉,此種結構令本新型得以達到上述「一段迴轉中心設於門扇內」之優點,由於包覆體100收容於收容槽52中,因此在包覆體100閉合時,不會裸露於開合裝置5外部,藉以提升整體觀感,並且對包覆體100達到防護效果,進而提升鉸鏈支撐力,同時,更可配合上述結構將滑動裝置51裝設於開合裝置5之上下方並隱藏起來,以避免破壞美觀。
When the sliding
如此二段迴轉之鉸鏈結構,即可提升整體觀感、氣密程度、防水性能及鉸鏈支撐力,同時達到適用範圍廣之效果。 Such a two-stage hinge structure can improve the overall look and feel, air tightness, waterproof performance and hinge support force, while achieving the effect of a wide range of applications.
此外,透過第一包覆體11、第二包覆體12、第一結合部111與第二結合部121之結構,令使用者可以在包覆體100內部元件損壞時進行替換,進而延長整體之使用壽命。而透過外框緩衝件13之結構,得以令第一包覆體11與第二包覆體12間預留足夠的空間,令活動體2及滑動件4不會因第一包覆體11與第二包覆體12之夾擠力道過大,而使其難以移動。
In addition, through the structure of the
再請同時配合參閱第九圖所示,係為本新型再一較佳實施例之分解圖,藉由上述構件組構時,由圖中可清楚看出,本實施例與上述實施例為大同小異,本實施例中,第一包覆體11a與第二包覆體12a間設有複數結合緩衝件14a,結合緩衝件14a係位置對應於第一結合部111a與第二結合部121a,此外,滑動部41a之兩側分別套設有一第一輔助件411a,而保持部42a上套設有一第二輔助件421a。
Please also refer to the ninth figure, which is an exploded view of another preferred embodiment of the new model. When the above-mentioned components are assembled, it can be clearly seen from the figure that this embodiment is similar to the above-mentioned embodiment. In this embodiment, a plurality of
較佳地,結合緩衝件14a以中空圓柱體為例,且其數量為四個
。
Preferably, the combined
較佳地,第一輔助件411a與第二輔助件421a皆以中空圓柱體為例,且選用光滑材質。
Preferably, both the first
透過上述第一輔助件411a及第二輔助件421a之結構,得以輔助滑動部41a及保持部42a於第一滑動槽101a與第二滑動槽21a中滑動時,流暢不卡頓。
Through the structure of the first
透過結合緩衝件14a之結構,得以提升螺設於第一結合部111a與第二結合部121a之螺栓穩定性。
Through the structure of the
惟,以上所述僅為本新型之較佳實施例而已,非因此即侷限本新型之專利範圍,故舉凡運用本新型說明書及圖式內容所為之簡易修飾及等效結構變化,均應同理包含於本新型之專利範圍內,合予陳明。 However, the above descriptions are only the preferred embodiments of the present model, and are not limited to the scope of the present model's patents. Therefore, all simple modifications and equivalent structural changes made by using the present model description and schematic content should be the same. Included in the scope of the patent for this new model, combined to Chen Ming.
是以,本新型之隱藏式鉸鏈之結構可改善習用之技術關鍵在於: Therefore, the structure of the new type of hidden hinge can improve the conventional technology. The key lies in:
第一,透過第一滑動槽101之第一迴轉區間1011及第二迴轉區間1012,配合活動體2及軸心件3,令滑動件4得以同時滑動於第一滑動槽101與第二滑動槽21中,進而使包覆體100產生二段式迴轉。
First, through the
第二,透過第一迴轉中心6位於開合裝置5側處之設計,令開合裝置5由閉合狀態轉變為開啟狀態時,不會卡頓於開合裝置5上之邊角、門框或氣密條,如此則無需額外增設門縫,進而提升整體之氣密程度及防水性能。
Second, through the design of the
第三,透過第二迴轉中心7位於包覆體100上之設計,令開合裝置5於閉合狀態時,包覆體100不外露於開合裝置5外,同時滑動裝置51所使用的軌道亦能隱藏的設置於開合裝置5之上下方,進而提升整體觀感,同時提升了鉸鏈支撐力。
Third, through the design of the second center of
綜上所述,本新型之隱藏式鉸鏈之結構於使用時,為確實能達到其功效及目的,故本新型誠為一實用性優異之新型,為符合新型專利之申請要件,爰依法提出申請,盼 審委早日賜准本新型,以保障申請人之辛苦研發,倘若 鈞局審委有任何稽疑,請不吝來函指示,申請人定當竭力配合,實感德便。 In summary, the structure of the hidden hinge of the present invention can indeed achieve its effect and purpose when used. Therefore, the present invention is a new model with excellent practicability. In order to meet the requirements of a new patent application, an application is filed according to law. , I hope that the review committee will grant the approval of this model as soon as possible to protect the applicant's hard research and development. If the review committee of the Bureau has any doubts, please feel free to write instructions. The applicant will do his best to cooperate.
11:第一包覆體 11: The first covering body
111:第一結合部 111: The first joint
12:第二包覆體 12: The second covering body
121:第二結合部 121: second joint
13:外框緩衝件 13: Outer frame buffer
101:第一滑動槽 101: first sliding groove
1011:第一迴轉區間 1011: The first turning interval
1012:第二迴轉區間 1012: Second turning interval
2:活動體 2: active body
21:第二滑動槽 21: The second sliding groove
3:軸心件 3: Axle parts
4:滑動件 4: Slider
41:滑動部 41: Sliding part
42:保持部 42: holding part
Claims (10)
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TWI711756B (en) * | 2020-03-13 | 2020-12-01 | 温金華 | Hidden hinge structure |
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Cited By (1)
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TWI711756B (en) * | 2020-03-13 | 2020-12-01 | 温金華 | Hidden hinge structure |
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